About the Department
The Department of Physics at Pamukkale University aims to provide its students with the fundamental principles and methods of physics and mathematics, while equipping them with scientific thinking, analytical problem-solving, and research skills. In addition to fundamental physics knowledge, our department offers students the theoretical and applied background needed in industry, technology, and research fields, thereby preparing its graduates for postgraduate education and professional life.
The main vision of the Department of Physics is to become a recognized and preferred department that educates graduates with the knowledge, research competence, and scientific background required to compete at an international level. In this regard, our department has adopted the mission of educating physicists who can interpret natural phenomena through mathematical methods, follow scientific developments, think critically, and possess the technological skills required by the modern age.
Education and research activities in our department are carried out within the divisions of Atomic and Molecular Physics, General Physics, Solid State Physics, Mathematical Physics, Nuclear Physics, and High Energy and Plasma Physics. These divisions contribute both to strengthening fundamental physics education and to increasing scientific productivity in various research fields.
The Department of Physics was established in 1992; the undergraduate Physics Program and the Master’s Program in Physics began education in 1994. In 2008, with the opening of the Ph.D. Program in Physics, the department further expanded its postgraduate education capacity. Since its establishment, our department has continued to educate qualified individuals in the field of physics and to contribute to scientific studies at national and international levels.
The research activities conducted in our department cover a broad scientific spectrum. Within this scope, theoretical and computational studies are carried out on topics such as the electrical and magnetic properties of superconducting materials, spinor, dilaton, and gravitational models in non-Riemannian spacetimes, and the investigation of the structural, thermodynamic, and transport properties of metals and alloys through molecular dynamics simulations. In addition, experimental studies such as age determination using optically stimulated luminescence methods, crystal growth, thin film production, determination of electrical and optical properties, and investigation of the effects occurring in chemical and biological samples exposed to gamma rays are also among the research areas of our department.
Thanks to this multifaceted academic structure, the Department of Physics aims to provide its students with a strong education in basic sciences while also training them as individuals who can contribute to current scientific and technological developments.
Department of Physics Chair